MIKROE-2887

MIKROE-2887 is an evaluation board which is specifically designed for wireless research. It is an expansion board, daughter card developed by Mikroelectronika, a leading producer of electronic products. The MIKROE-2887 is used to enable computation-intensive, yet energy efficient wireless research, such as for sensor networks. It is also a powerful tool for troubleshooting and design validation purposes.

The MIKROE-2887 evaluation board is based on Atmel AVR 8-bit microcontrollers. The board features an AVR XMEGA-A1 Xplained development board and various on-board modules including a 32-bit microcontroller, a 3-axis accelerometer, a wireless module, and a UART module. The device also has a USB port, which allows for easy connection to computers for programming and data logging. All of the basic components needed for a wide range of wireless applications are provided by the board.

The working principle of the MIKROE-2887 evaluation board is to allow users to create and test their wireless ideas and applications. It helps developers by providing all of the necessary components for a connected system, from the microcontroller to the protocol stacks used in communication networks. It also provides an easy way to program and debug applications. The board is designed so that users can quickly prototype their designs and quickly validate their concepts in the lab. The board also offers a convenient way for users to develop their own sensor nodes and perform wireless experiments and simulations.

The MIKROE-2887 evaluation board can be used for a wide variety of applications, ranging from monitoring in halls and pathways, to window and door sensors. It is also suitable for remote management, control, and maintenance of connected industrial systems. Other applications include asset tracking, home automation, health monitoring, and surveillance. For each application, the board comes with advanced programming options but is still easy to use.

The MIKROE-2887 evaluation board is a great tool for anyone interested in developing and experimenting with wireless projects. It simplifies the prototyping process and provides a complete components package suited for a wide range of wireless applications. Its flexibility and user-friendly interface make it an attractive option for anyone looking to take their wireless research to the next level.